67 km · 2 Landing Points · 2 Countries · Ready for Service: 1992
| Length | 67 km |
|---|---|
| Status | In Service |
| Ready for Service | 1992 |
| Landing Points | 2 |
| Countries | 2 |
| Location |
|---|
| Ballywater, United Kingdom |
| Peel, Isle of Man |
Lanis-2 is a regional submarine cable that spans a total length of 67 kilometers. It was officially ready for service in 1992, marking an important addition to the telecommunications infrastructure of the British Isles. The cable is owned and operated by Vodafone, a major player in the global telecommunications industry. Lanis-2 provides a critical fiber-optic link between the United Kingdom and the Isle of Man, supporting both residential and business connectivity needs in the region. Its relatively short length reflects its role as a regional connector, rather than a transcontinental system.
Designed to enhance data transmission across the Irish Sea, Lanis-2 plays a vital role in maintaining robust and reliable communications between the Isle of Man and mainland Britain. The cable’s establishment in the early 1990s coincided with a period of rapid advancements in fiber-optic technology, which replaced older, less efficient systems to meet growing demands for faster and more reliable data transfer.
Lanis-2 connects two key landing points: Ballywater in the United Kingdom and Peel on the Isle of Man. Ballywater, situated on the eastern coast of Northern Ireland, serves as a strategic gateway for telecommunications between the British Isles and the Isle of Man. Peel, located on the western coast of the Isle of Man, is a historic landing site for submarine cables, reflecting the island's long-standing role as a telecommunications hub in the region.
The cable traverses the Irish Sea, a body of water that separates Great Britain from the island of Ireland and the Isle of Man. This relatively shallow sea has been a crucial corridor for submarine cables, enabling seamless communication across the British Isles. The choice of Ballywater and Peel as landing points ensures a direct and efficient route, minimizing latency and enhancing connectivity for users in both locations. The cable’s route underscores the strategic importance of the Isle of Man as a midpoint for data traffic between Great Britain and Ireland.
Lanis-2 is owned and operated by Vodafone, a telecommunications company with a significant presence in the global market. Vodafone’s stewardship of the cable ensures adherence to high standards of reliability and performance. The cable became operational in 1992, during a transformative period for global telecommunications, as fiber-optic technology was rapidly replacing older copper-based systems. This transition allowed for greater data capacity, lower latency and enhanced reliability, meeting the increasing demands of the digital age.
Since its launch, Lanis-2 has played an important role in supporting the Isle of Man’s connectivity to the mainland United Kingdom. The Isle of Man has historically been a critical node in the British Isles’ telecommunications network, with multiple submarine cables landing on its shores. Lanis-2 complements this network, contributing to the island’s reputation as a strategic link in regional and international data routes.
Our live monitoring of Lanis-2 reveals consistent performance across its 14 measured corridors. The cable achieves a best round-trip time (RTT) of 15 milliseconds, with an average RTT of 28 milliseconds. These figures highlight the efficiency of the cable in facilitating low-latency communication between Ballywater and Peel. The relatively short distance of 67 kilometers contributes to these favorable latency metrics, making Lanis-2 a reliable choice for high-speed data transmission in the region.
The cable’s performance underscores its importance in maintaining robust connectivity for both residential and commercial users. By providing a direct and efficient link across the Irish Sea, Lanis-2 enhances the resilience of the telecommunications network in the British Isles. Our probes indicate that the cable continues to operate effectively, supporting the region’s growing demand for fast and reliable data services.
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